3D Full-Field Strain DIC Measurement of Reactor Vibration

In reactor vibration testing, traditional contact sensors usually need to be mounted directly on the equipment surface, which is often constrained in scenarios with special operating conditions or limited installation space. Especially in complex environments, contact sensors may not be flexibly deployed and may even introduce additional installation disturbance.

Haytham DICWith a non-contact measurement approach, vibration response data can be acquired directly without touching the equipment under test. This technology uses a high-precision vision sensor to monitor the dynamic response of the equipment surface in real time, obtaining vibration data without physical contact.

For testing tasks that need to reduce additional disturbance and focus on observing the dynamic response of the equipment surface, Haytham DICprovides a more convenient and efficient measurement option. Non-contact data acquisition not only avoids the limitations of installation space but also minimizes disturbance during the test, improving data accuracy and reliability. This approach is especially suitable for environments with limited space or where contact installation is not allowed, providing strong technical support for vibration testing under complex operating conditions.